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Profilområdets världsledande expertis och infrastrukturer utforskar de unika möjligheter som nanovetenskapen och halvledarteknologin erbjuder. Syftet är att bidra till en ansvarsfull resursanvändning, smartare och effektivare energianvändning, framtida informationsteknik och bättre hälsa genom mer träffsäkra medicinska lösningar.The profile area has world leading expertise and infrastructures, and explores the unique opportunities offered by nanoscience and semiconductor technology. The purpose is to contribute to a responsible use of resources, smarter and more efficient use of energy, future information technologies, and better health by more precise tools in medicine.

Profilområdet utökar vår förståelse för naturliga och artificiella systems beteendemönster och tar fram nya artificiella kognitiva förmågor för programvaror och maskiner. Kognition handlar om hur människan, djur och maskiner uppfattar, tar emot, bearbetar, lagrar, plockar fram och delar information.

Profilområdet ska öka kunskapen om komplexa konsekvenser av kollektivt beteende hos naturliga oThe profile area extends our understanding of behavioral patterns of natural and artificial systems and develops new artificial cognitive abilities in software and systems. Cognition means how humans, animals and machines perceive, receive, process, store, retrieve and share information.

The profile area will also increase our knowledge of the complex consequences of collective behavior in nat

Autoantibody-mediated diseases comprise a heterogeneous group of disorders in which the pathogenic potential of autoantibodies has been clearly demonstrated. In general, their treatment relies on the long-term use of systemic corticosteroids and other immunosuppressants that are associated with considerable adverse reactions. EndoS, an endoglycosidase derived from Streptococcus pyogenes, specifica

Fluxes of methane, CH4, were measured with the eddy covariance (EC) method at a small boreal lake in Sweden. The mean CH4 flux during the growing season of 2013 was 20.1 nmol m−2 s−1 and the median flux was 16 nmol m−2 s−1 (corresponding to 1.7 mmol m−2 d−1 and 1.4 mmol m−2 d−1). Monthly mean values of CH4 flux measured with the EC method were compared with fluxes measured with floating chambers (

BIDS UTVC12 Lectures and seminars 2016. Schedule 2016-06-10 Date Time Room Theme Activity Group Teacher Module 1: Course Introduction 1/11 15:00-17:00 111 Course introduction Intro 1/1 AF Issues in contemporary development: The quest for growth and the internationalization of development 4/11 10:00-12:00 MA3 The Elusive Quest for Growth Lec 1/1 MF 9/11 13:00-15:00 111 The Elusive Quest for Growth

https://www.keg.lu.se/en/sites/keg.lu.se.en/files/utvc12_fall_20160610_1.pdf - 2026-05-09

Martin Sunnqvist, Eva Lindell- Frantz, Eduardo Gill-Pedro, Linnea Wegerstad, Vladislava Stoyanova, Yana Litins'ka, Suppleanter: Marja Liisa Öberg, Per Nilsen, Marcus Utterström

Enheten för forskningsdata (Research Data Office, RDO) stöttar forskare vid Lunds universitet i hela forskningsprocessen genom att ge vägledning till rätt stöd,verktyg och tjänster för hantering av forskningsdata. Enheten har en samordnande roll och ska verka för att stärka kvaliteten och genomslaget i forskningen, exempelvis genom att stötta forskare att göra data mer tillgänglig, säker och hållbLund University Research Data Office (LU RDO) supports researchers at Lund University throughout the research process by providing guidance on the right support, tools and services for managing research data. The office has a coordinating role and will work to strengthen the quality and impact of research, for example by supporting researchers to make data more accessible, secure and sustainable,

Our mission is to establish a major trans-faculty bio-imaging center at Lund University (Lund University Bioimaging Center), combining knowledge in the fields of medical physics, preclinical and clinical medicine, chemistry, technology and applied mathematics in order to develop imaging methods for the advanced study of human morphology, cellular metabolism and physiological function in health and

The goal of this study is to investigate the applicability of asymmetrical flow field-flow fractionation (AsFlFFF)–multi angle laser light scattering (MALLS), and to develop a method for analysis of cationic potato amylopectin (CPAP) having ultrahigh molecular mass (UHMr). Use of the aqueous carrier having low salt content (3 mM NaN3) resulted in a distortion in AsFlFFF fractograms of CPAP with a

Vårt övergripande forskningsmål är att hitta nya sätt att behandla patienter med metastaserande bröstcancer. Även om stora framsteg i hur vi behandlar bröstcancerpatienter har gjorts under de senaste decennierna så får många patienter fortfarande återfall och metastaserande bröstcancer är fortfarande en obotlig sjukdom. Genom att identifiera signalvägar som är aktiva i metastaser och studera riktaOur ultimate research goal is to find improved ways to treat patients with metastatic breast cancer. Although significant progress in treatment strategies has been made during the last decades, many breast cancer patients still relapse and to date metastatic breast cancer remains an incurable disease. We aim to identify the signalling pathways active in recurrent disease in order to study response

Beräkningsvetenskap för hälsa och miljö (COSHE) samlar tvärvetenskaplig forskning som utvecklar och använder beräkningsmetoder med tillämpningar inriktade mot att lösa vetenskapliga problem inom områden som rör hälsa och miljö.Computational Science for Health and Environment (COSHE) gathers interdisciplinary research based on developing and using computational methods with applications that address scientific problems in areas related to health and environment.

Freshwaters bring a notable contribution to the global carbon budget by emitting both carbon dioxide (CO2) and methane (CH4) to the atmosphere. Global estimates of freshwater emissions traditionally use a wind-speed-based gas transfer velocity, kCC (introduced by Cole and Caraco, 1998), for calculating diffusive flux with the boundary layer method (BLM). We compared CH4 and CO2 fluxes from BLM wit